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Ruptures are common in any therapeutic relationship and their successful resolution is associated with positive outcomes. However, therapist and client differences with regard to power, privilege, identity, and culture increase social and cultural distance, contributing to alliance ruptures and complicating the repair process. Informed by critical race theories, cultural psychological perspectives, and relational principles, we highlight how power, privilege, identity, and culture shape the development of ruptures and thus, how analyses of these dynamics should inform the process of repair. We present an expanded critical‐cultural‐relational approach to rupture resolution that emphasizes essential skills of critical self‐awareness, wise affect, and anti‐oppressive interpersonal engagement, and extends Safran and Muran's (2000) general rupture resolution model to emphasize a critical analysis of the rupture and repair processes. We illustrate our approach through a case presentation involving a rupture in a cross‐racial dyad with themes of racism and classism.

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Background Apple is one of the oldest and most valuable fruits. Water restriction is one of the major problems in the production of this fruit in some planting areas. Methods Effects of kaolin spray treatments were studied on two early apple cultivars of Golab and Shafi-Abadi under sustained deficit irrigation (SDI) in Alborz province, Iran during 2017 and 2018. Irrigation treatments were 100%, 85%, and 70% ETc and kaolin application were concentrations of 0, 3 and 6% in 2017 and 0, 1.5 and 3% in 2018. Results Results showed that 85% ETc treatment compared to other irrigation treatments improved apple tree crown volume in 2017. Deficit irrigation treatments significantly reduced fruit weight in both years. Application with 6% kaolin resulted in 33.3% increase in apple fruit weight compared to non-kaolin treatment at 100% ETc irrigation in the first year. Severe deficit irrigation (70% ETc) significantly reduced apple fruit length in both years, but 6% kaolin increased fruit length in both apple cultivars in 2017. Severe deficit irrigation treatment increased the firmness of apple fruit compared to control and mild deficit irrigation (85% ETc) in the first year of experiment. There was no significant difference between irrigation treatments for apple fruit firmness in the second year of experiment. Kaolin treatments of 1.5% and 3% at full irrigation increased the soluble solids content of apple fruit by 36.6% and 44.1% in 2018, respectively. Deficit irrigation treatments significantly increased leaf proline content compared to control in both years. In the first year, kaolin treatments increased leaf proline but in the second year, leaf proline was not significant. Deficit irrigation treatment of 70% ETc and 6% kaolin had the highest amount of glycine betaine content, malondialdehyde and hydrogen peroxide in apple leaf in the first year of experiment. Conclusions Severe deficit irrigation stress (70% ETc) increased the activity of nonenzymatic defense systems of apple trees. Kaolin as a drought stress reducing agent can be recommended in apple orchards of Golab and Shafi-Abadi cultivars as an effective and inexpensive method to improve tolerance to drought stress conditions.